CN201219383Y - Machine for automatically peeling leaf of corn - Google Patents
Machine for automatically peeling leaf of corn Download PDFInfo
- Publication number
- CN201219383Y CN201219383Y CNU2008201307568U CN200820130756U CN201219383Y CN 201219383 Y CN201219383 Y CN 201219383Y CN U2008201307568 U CNU2008201307568 U CN U2008201307568U CN 200820130756 U CN200820130756 U CN 200820130756U CN 201219383 Y CN201219383 Y CN 201219383Y
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- CN
- China
- Prior art keywords
- stripping roller
- leave stripping
- corn
- axle
- husking
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Lifetime
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Abstract
The utility model relates to an automatic corn husking machine suitable for husking operation for fresh and mature corn. A husking mechanism of the automatic corn husking machine comprises a husking roll driving mechanism and a corn shifting and overturning driving mechanism; a vibration feeding mechanism of the automatic corn husking machine comprises a transmission belt conveying mechanism and a vibrating screen feeding mechanism. The automatic corn husking machine is characterized in that both ends of a husking roll shaft is arranged in a rolling bearing and a thrust ball bearing, and a sealing ring is arranged in an axle seat; the heights of a high-position axle seat and a low-position axle seat can be adjusted; husking rolls are smooth rolls, and a limit protective cover is articulated with a swinging arm, so as to prevent maize corns from being vertically and transversely placed on the adjacent husking rolls; the vibrating screen feeding mechanism is provided with a balancing block, and the reciprocating vibration force is equalized; a guide plate and a guide column are arranged on a vibrating screen, thereby the maize corns can be transported in sequence; the inclination angles of the husking mechanism and the vibrating screen feeding mechanism and the operating efficiency can be adjusted, and the utility model is suitable for the husking operation of other agricultural products. The utility model has the advantages of reasonable structure, clean husking, high efficiency, no damage to the corn, wide application range, long service life, and the like.
Description
Technical field
The utility model relates to grain equipment, is that a kind of corn is shelled the leaf machine automatically, is applicable to fresh edible maize, becomes the operation of cooked maize stripping leaf, also can be used for stripping leaf operations such as other agricultural product, vegetables.
Background technology
Existing corn stripping leaf machine comprises leaf-peeling mechanism and vibrating feed mechanism, and its weak point is: two support ends of leaf-peeling mechanism leave stripping roller all adopt sliding bearing to support, and the front end of bearing is not provided with sealing device, and bearing is easy to wear, service life is low; The stripping interlobar fissure of leaf-peeling mechanism two adjacent leave stripping roller is that the change by clamping plate and bearing block relative position realizes that because of unreasonable structure, clamping plate rigidity is poor in addition, is difficult to guarantee the best clearance of corn stripping leaf, influence stripping leaf effect; Several leave stripping roller are the polyurethane serrated roller, corn breakage rate height; Above several leave stripping roller, be not provided with the limit protection cover hinged with several swing arms, jumping and horizontal on two high-order adjacent leave stripping roller is easily erect, gone up to corn, the vibratory sieve drive unit of vibrating feed mechanism is not provided with balance weight, double vibrations power is unbalanced, not only increase shutdown maintenance number of times, reduced operating efficiency, and influenced the service life of vibratory sieve; The corn guiding device is not set on the vibratory sieve of vibrating feed mechanism, and corn can not directedly in order be carried, and influences the stripping leaf efficient of follow-up leaf-peeling mechanism; In leaf-peeling mechanism and vibrating feed mechanism, the inclination angle tunable arrangement is not set all, can not be suitable for stripping leaf operations such as other agricultural product, vegetables.
Summary of the invention
The purpose of this utility model is, prior art is improved, and provides a kind of rational in infrastructure, and the stripping leaf is clean, efficient is high, and corn does not have breakage, and is applied widely, and the corn of long service life is shelled the leaf machine automatically.
The purpose of this utility model is realized by following technical scheme: a kind of corn is shelled the leaf machine automatically, it comprises leaf-peeling mechanism 54 and vibrating feed mechanism 55, leaf-peeling mechanism 54 comprises the leave stripping roller driving mechanism and stirs upset corn driving mechanism, the structure of described leave stripping roller driving mechanism is, the gear 14 that is connected on the leave stripping roller axle of several leave stripping roller 8 is meshed successively, at least one leave stripping roller axle is as active leave stripping roller axle 4, initiatively leave stripping roller axle 4 is connected with the power take-off 29 of transmission case 18, the bull wheel I 30 that is connected on the power input shaft 19 of transmission case 18 is connected with the steamboat I 31 of leaf-peeling mechanism drive motors 32 axle heads that are connected on fixed supporting leg 16, described structure of stirring upset corn driving mechanism is, be connected on the fixed supporting leg 16 to stir the bent axle 35 that is connected on 34 of the upset corn drive motors hinged with pull bar 23, at head, the outside top of the leave stripping roller 8 at two ends, end and the top that is positioned at 8 of the adjacent leave stripping roller of two low levels are equipped with swing arm 22, and the upper end of swing arm 22 is articulated in puts the beams in place on 21, and it is hinged with pull bar 23; Vibrating feed mechanism 55 comprises conveyer belt feeding unit and vibratory sieve feed mechanism, the structure of described conveyer belt feeding unit is, the driving pulley 38 that is connected at the axle head of the belt-driven motor 37 that is connected on the fixed support 43 is connected with driven pulley 39 hinged on fixed support 43 by conveyer belt 40, the structure of described vibratory sieve feed mechanism is, be positioned at the conveyer belt feeding unit below sieve nest 27 is set, on fixed support 43, be fixed with vibratory sieve drive motors 41, the steamboat II 49 that vibratory sieve drive motors 41 axle heads are connected is connected with the bull wheel II 48 that is connected on the main shaft of putting on the fixed support 43 50, the front end of sieve nest 27 and connecting rod 44 upper ends are hinged, the lower end of connecting rod 44 and eccentric bushing 51 are hinged, eccentric bushing 51 is connected with main shaft 50, sieve nest 27 is hinged with swing arm 45, it is characterized in that: the master of described leave stripping roller driving mechanism, driven leave stripping roller axle 4,33 two axial ends all is loaded in rolling bearing 5 and the thrust ball bearing 6, the master who is positioned at rolling bearing 5 the inners, driven leave stripping roller axle 4, the sealing ring 3 that is nested with on 33 diaxons is loaded on high-order axle bed 7, in the low level axle bed 42, high-order axle bed 7 is hinged with leave stripping roller axle support column I 9, low level axle bed 42 is hinged with leave stripping roller axle support column II 10, leave stripping roller axle support column I 9, leave stripping roller axle support column II 10 is loaded on respectively in the hole separately of the inclination angle adjustable support 12 that is connected with fixed supporting leg 16, the lower end of leave stripping roller axle support column I 9 is connected with inclination angle adjustable support 12 by adjusting yoke 13, leave stripping roller axle support column II 10 is connected leave stripping roller axle support column I 9 by regulating push rod 15 with inclination angle adjustable support 12, leave stripping roller axle support column II 10 is fixed on the inclination angle adjustable support 12 by tight fixed bolt 11 respectively.
Described several leave stripping roller 8 are rubber smooth roll or polyurethane smooth roll.
Above described several leave stripping roller 8, be provided with the limit protection cover 57 hinged with several swing arms 22.
Be provided with several tilt adjustment holes 17 on described inclination angle adjustable support 12, inclination angle adjustable support 12 is connected with the low side of fixed supporting leg 16 by the tilt adjustment hole 17 usefulness bolts on it.
Lower end in the swing arm 45 of described vibratory sieve feed mechanism is fixed with balance weight 28.
Be provided with several tilt adjustment holes 17 on described inclination angle adjustable support 12, inclination angle adjustable support 12 is connected with fixed supporting leg 16 by the tilt adjustment hole 17 usefulness bolts on it.
Sieve nest 27 sieves at described vibratory sieve feed mechanism are provided with several guide plates 25 and guide pillar 26 at the end.
The advantage applies that corn of the present utility model is shelled the leaf machine automatically exists:
Since the two axial ends of the driving and driven leave stripping roller axle of leaf-peeling mechanism all be loaded in rolling bearing and the thrust ball bearing, and be loaded on high-order axle bed, low level axle bed being positioned at the sealing ring that is nested with on the driving and driven leave stripping roller axle diaxon of rolling bearing the inner, bearing is in sealing state, can reduce the frictional resistance between kinematic pair, guarantee the operation of equipment stable and continuous, intercept water and flow in the bearing, improved service life;
2. because several leave stripping roller 8 all adopt rubber smooth roll or polyurethane smooth roll, when can guarantee that enough force of rolling frictions stripping leaf is clean, keep corn intact and do not have a breakage.
3. because the height and position of high-order axle bed and low level axle bed is adjustable, can make two adjacent operation leave stripping roller to obtaining best stripping interlobar fissure, and above several leave stripping roller, be provided with the limit protection cover hinged with several swing arms, can avoid corn to erect, go up jumping and horizontal on two high-order adjacent leave stripping roller, the stripping leaf is clean, efficient is high;
4. owing to be fixed with balance weight in the lower end of the swing arm of vibratory sieve feed mechanism, the equilibrium of double vibrations power can realize working continuously the long service life of vibratory sieve;
5. owing on the vibratory sieve of vibratory sieve feed mechanism, be provided with several guide plates and guide pillar, can make the directed in order conveying of corn, guarantee the stripping leaf efficient of follow-up leaf-peeling mechanism;
6. owing on the adjustable support of the inclination angle of leaf-peeling mechanism, be provided with several tilt adjustment holes, the inclination angle tunable arrangement that the inclination angle adjustable support connects and composes with bolt and fixed supporting leg by the tilt adjustment hole on it, again because the swing arm middle-end of vibratory sieve feed mechanism is articulated in the upper end of upper adjusting seat, the lower end of upper adjusting seat by movable axis with have the lower adjusting seat flexible connection of regulating notch, lower adjusting seat and fixed support are connected and constitute, the inclination angle tunable arrangement that adapts with leaf-peeling mechanism, can regulate operating efficiency, also can be suitable for other agricultural product, vegetables etc. shell the leaf operation, have improved the comprehensive utilization ratio of equipment.
Description of drawings
Fig. 1 shells leaf machine structure master automatically for corn and looks schematic diagram.
Fig. 2 looks schematic diagram for leaf-peeling mechanism 54 structure masters.
Fig. 3 looks schematic diagram for the left side of Fig. 2.
Fig. 4 is the schematic top plan view of Fig. 2.
Fig. 5 is the local enlarged diagram of A among Fig. 2.
Fig. 6 is the local enlarged diagram of B among Fig. 2.
Fig. 7 is the local enlarged diagram of C among Fig. 3.
Fig. 8 looks schematic diagram for the 55 structure masters of vibrating feed mechanism.
Fig. 9 looks schematic diagram for the left side of Fig. 8.
Figure 10 is that the F of Fig. 8 is to enlarged diagram.
Figure 11 is a G-G generalized section among Figure 10.
Among the figure: 1 screw-casing, 2 clamp nuts, 3 sealing rings, 4 active leave stripping roller axles, 5 rolling bearings, 6 thrust ball bearings, 7 high-order axle beds, 8 leave stripping roller, 9 leave stripping roller axle support column I, 10 leave stripping roller axle support column II, 11 tight fixed bolts, 12 inclination angle adjustable supports, 13 adjusting yokes, 14 gears, 15 regulate push rod, 16 fixed supporting legs, 17 tilt adjustment holes, 18 transmission cases, 19 power input shafts, 20 linked transmission are to wheel, and 21 put the beams in place, 22 swing arms, 23 pull bars, 25 guide plates, 26 guide pillars, 27 sieve nests, 28 balance weights, 29 power take-offs, 30 bull wheel I, 31 steamboat I, 32 leaf-peeling mechanism drive motors, 33 driven leave stripping roller axles, 34 stir upset corn drive motors, 35 bent axles, 36 movable axis, 37 belt-driven motors, 38 driving pulleys, 39 driven pulleys, 40 conveyer belts, 41 vibratory sieve drive motors, 42 low level axle beds, 43 fixed supports, 44 connecting rods, 45 swing arms, 46 lower adjusting seats, 47 upper adjusting seats, 48 bull wheel II, 49 steamboat II, 50 main shafts, 51 eccentric bushings, 52 hoppers, 53 vibratory sieve discharging openings, 54 leaf-peeling mechanisms, 55 vibrating feed mechanisms, 57 limit protection covers.
Embodiment
Below in conjunction with drawings and Examples the utility model is further described.
With reference to Fig. 1, corn is shelled the leaf machine automatically and is comprised leaf-peeling mechanism 54 and 55 two large divisions of vibrating feed mechanism.
With reference to Fig. 2～6, leaf-peeling mechanism 54 comprises the leave stripping roller driving mechanism and stirs upset corn driving mechanism.The structure of leave stripping roller driving mechanism is, leave stripping roller 8 is placed on the leave stripping roller axle, leave stripping roller 8 front ends are fixed on the leave stripping roller axle by clamp nut 2, leave stripping roller 8 rear ends are fixed on the leave stripping roller axle by screw-casing 1 and clamp nut 2, the gear 14 that is connected on the leave stripping roller axle of several leave stripping roller 8 is meshed successively, at least one leave stripping roller axle is as active leave stripping roller axle 4, it is right that present embodiment adopts 16 leave stripping roller axles to constitute 8 pairs of operation leave stripping roller, 4 leave stripping roller axles 4 initiatively wherein, initiatively leave stripping roller axle 4 is connected with the power take-off 29 of transmission case 18 taking turns 20 by linked transmission, the bull wheel I 30 that is connected on the power input shaft 19 of transmission case 18 is connected with the steamboat I 31 of leaf-peeling mechanism drive motors 32 axle heads that are connected on fixed supporting leg 16, adopts belt transmissioning mode.The two axial ends of the driving and driven leave stripping roller axle 4,33 of leave stripping roller driving mechanism all is loaded in rolling bearing 5 and the thrust ball bearing 6, is loaded on high-order axle bed 7, low level axle bed 42 being positioned at the sealing ring 3 that is nested with on driving and driven leave stripping roller axle 4,33 diaxons of rolling bearing 5 the inners.High-order axle bed 7 is hinged with leave stripping roller axle support column I 9, and low level axle bed 42 is hinged with leave stripping roller axle support column II 10.Leave stripping roller axle support column I 9, leave stripping roller axle support column II 10 are loaded on respectively in the hole separately of the inclination angle adjustable support 12 that is connected with fixed supporting leg 16, the lower end of leave stripping roller axle support column I 9 is connected with inclination angle adjustable support 12 by adjusting yoke 13, leave stripping roller axle support column II 10 is connected with inclination angle adjustable support 12 by regulating push rod 15, and leave stripping roller axle support column I 9, leave stripping roller axle support column II 10 are fixed on the inclination angle adjustable support 12 by tight fixed bolt 11 respectively.Can high-order axle bed 7 be moved down by adjusting yoke 13, also can make on the low level axle bed 42 and move, thereby make two adjacent operation leave stripping roller obtaining best stripping interlobar fissure by adjusting push rod 15.Leave stripping roller 8 adopts rubber or polyurethane smooth roll.
With reference to Fig. 3 and 7, above several leave stripping roller 8, be provided with the limit protection cover 57 hinged with several swing arms 22.
With reference to Fig. 3,4 and 7, the structure of stirring upset corn driving mechanism is, be connected on the fixed supporting leg 16 to stir the bent axle 35 that is connected on 34 of the upset corn drive motors hinged with pull bar 23, above the outside of the leave stripping roller 8 at first, last two ends and be positioned at 8 of the adjacent leave stripping roller of two low levels above be equipped with swing arm 22, the upper end of swing arm 22 is articulated in puts the beams in place on 21 and hinged with pull bar 23.
With reference to Fig. 2 and 5, on inclination angle adjustable support 12, be provided with several tilt adjustment holes 17, inclination angle adjustable support 12 is connected by the tilt adjustment hole 17 usefulness bolts on it and fixed supporting leg 16.Can make the relative ground of front end of inclination angle adjustable support 12 be the inclination angle of setting.
With reference to Fig. 8～11, vibrating feed mechanism 55 comprises conveyer belt feeding unit and vibratory sieve feed mechanism.The structure of conveyer belt feeding unit is, is provided with hopper 52 above conveyer belt 40, be connected on hopper 52 and the fixed support 43, and the belt-driven motor 37 that on fixed support 43, is connected, belt-driven motor 37 adopts frequency control motors.Driving pulley that the axle head of belt-driven motor 37 is connected 38 is connected with driven pulley 39 hinged on fixed support 43 by conveyer belt 40.The structure of vibratory sieve feed mechanism is, be positioned at the conveyer belt feeding unit below sieve nest 27 is set, on fixed support 43, be fixed with vibratory sieve drive motors 41, the steamboat II 49 that vibratory sieve drive motors 41 axle heads are connected is connected with the bull wheel II 48 that is connected on the main shaft of putting on the fixed support 43 50, adopts belt transmissioning mode.The front end of sieve nest 27 and connecting rod 44 upper ends are hinged, and the lower end of connecting rod 44 and eccentric bushing 51 are hinged, and eccentric bushing 51 is connected with main shaft 50, and sieve nest 27 is hinged with swing arm 45.The vibratory sieve discharging opening 53 of vibratory sieve feed mechanism is positioned at the leave stripping roller 8 front ends top of leaf-peeling mechanism 54.Swing arm 45 middle-ends of vibratory sieve feed mechanism are articulated in the upper end of upper adjusting seat 47, and the lower end of upper adjusting seat 47 flexibly connects with having the lower adjusting seat 46 of regulating notch by movable axis 36, and lower adjusting seat 46 is connected with fixed support 43.Lower end in the swing arm 45 of vibratory sieve feed mechanism is fixed with balance weight 28.Sieve nest 27 sieves at the vibratory sieve feed mechanism are provided with several guide plates 25 and guide pillar 26 at the end.
The utility model corn shell automatically the leaf machine leaf-peeling mechanism drive motors 32, stir upset corn drive motors 34, belt-driven motor 37 and vibratory sieve drive motors 41 and be the commercially available prod.Stir upset corn drive motors 34, belt-driven motor 37 and vibratory sieve drive motors 41 and all have speed changer.
Course of work those skilled in the art that the utility model corn is shelled the leaf machine automatically are familiar with.
Claims (7)
1. a corn is shelled the leaf machine automatically, it comprises leaf-peeling mechanism (54) and vibrating feed mechanism (55), leaf-peeling mechanism (54) comprises the leave stripping roller driving mechanism and stirs upset corn driving mechanism, the structure of described leave stripping roller driving mechanism is, the gear (14) that is connected on the leave stripping roller axle of several leave stripping roller (8) is meshed successively, at least one leave stripping roller axle is as active leave stripping roller axle (4), initiatively leave stripping roller axle (4) is connected with the power take-off (29) of transmission case (18), the bull wheel I (30) that is connected on the power input shaft (19) of transmission case (18) is connected with the steamboat I (31) of leaf-peeling mechanism drive motors (32) axle head that is connected on fixed supporting leg (16), described structure of stirring upset corn driving mechanism is, be connected on the fixed supporting leg (16) to stir the bent axle (35) and the pull bar (23) that are connected on upset corn drive motors (34) axle hinged, at head, the top, the outside of the leave stripping roller (8) at two ends, end and the top that is positioned between the adjacent leave stripping roller of two low levels (8) are equipped with swing arm (22), and the upper end of swing arm (22) is articulated on the upper beam (21), and it is hinged with pull bar (23); Vibrating feed mechanism (55) comprises conveyer belt feeding unit and vibratory sieve feed mechanism, the structure of described conveyer belt feeding unit is, the driving pulley (38) that the axle head of the belt-driven motor (37) that is connected on fixed support (43) is connected passes through conveyer belt (40) and is connected at the upward hinged driven pulley (39) of fixed support (43), the structure of described vibratory sieve feed mechanism is, be positioned at the conveyer belt feeding unit below sieve nest (27) is set, on fixed support (43), be fixed with vibratory sieve drive motors (41), the steamboat II (49) that vibratory sieve drive motors (41) axle head is connected is connected with the bull wheel II (48) that is connected on the main shaft of putting on the fixed support (43) (50), the front end of sieve nest (27) and connecting rod (44) upper end are hinged, the lower end of connecting rod (44) and eccentric bushing (51) are hinged, eccentric bushing (51) is connected with main shaft (50), sieve nest (27) is hinged with swing arm (45), it is characterized in that: the master of described leave stripping roller driving mechanism, driven leave stripping roller axle (4,33) two axial ends all is loaded in rolling bearing (5) and the thrust ball bearing (6), be positioned at the inner master of rolling bearing (5), driven leave stripping roller axle (4,33) sealing ring that is nested with on the diaxon (3) is loaded on high-order axle bed (7), in the low level axle bed (42), high-order axle bed (7) is hinged with leave stripping roller axle support column I (9), low level axle bed (42) is hinged with leave stripping roller axle support column II (10), leave stripping roller axle support column I (9), leave stripping roller axle support column II (10) is loaded on respectively in the hole separately of the inclination angle adjustable support (12) that is connected with fixed supporting leg (16), the lower end of leave stripping roller axle support column I (9) is connected with inclination angle adjustable support (12) by adjusting yoke (13), leave stripping roller axle support column II (10) is connected leave stripping roller axle support column I (9) by regulating push rod (15) with inclination angle adjustable support (12), leave stripping roller axle support column II (10) is fixed on the inclination angle adjustable support (12) by tight fixed bolt (11) respectively.
2. corn according to claim 1 is shelled the leaf machine automatically, it is characterized in that: described several leave stripping roller (8) are rubber smooth roll or polyurethane smooth roll.
3. corn according to claim 1 is shelled the leaf machine automatically, it is characterized in that: be provided with the limit protection cover (57) hinged with several swing arms (22) in the top of described several leave stripping roller (8).
4. corn according to claim 1 is shelled the leaf machine automatically, it is characterized in that: be provided with several tilt adjustment holes (17) on described inclination angle adjustable support (12), inclination angle adjustable support (12) is connected with the low side of fixed supporting leg (16) with bolt by the tilt adjustment hole (17) on it.
5. corn according to claim 1 is shelled the leaf machine automatically, it is characterized in that: the lower end in the swing arm (45) of described vibratory sieve feed mechanism is fixed with balance weight (28).
6. corn according to claim 1 is shelled the leaf machine automatically, it is characterized in that: the swing arm of described vibratory sieve feed mechanism (45) middle-end is articulated in the upper end of upper adjusting seat (47), the lower end of upper adjusting seat (47) flexibly connects with having the lower adjusting seat (46) of regulating notch by movable axis (36), and lower adjusting seat (46) is connected with fixed support (43).
7. corn according to claim 1 is shelled the leaf machine automatically, it is characterized in that: sieve nest (27) sieve at described vibratory sieve feed mechanism is provided with several guide plates (25) and guide pillar (26) at the end.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008201307568U CN201219383Y (en) | 2008-06-03 | 2008-07-21 | Machine for automatically peeling leaf of corn |
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200820071968.3 | 2008-06-03 | ||
| CN200820071968 | 2008-06-03 | ||
| CNU2008201307568U CN201219383Y (en) | 2008-06-03 | 2008-07-21 | Machine for automatically peeling leaf of corn |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201219383Y true CN201219383Y (en) | 2009-04-15 |
Family
ID=40572904
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2008201307568U Expired - Lifetime CN201219383Y (en) | 2008-06-03 | 2008-07-21 | Machine for automatically peeling leaf of corn |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201219383Y (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102530572A (en) * | 2011-12-31 | 2012-07-04 | 宁波富邦电池有限公司 | Battery dumping tray machine |
| CN104380930A (en) * | 2014-12-09 | 2015-03-04 | 酒泉奥凯种子机械股份有限公司 | Multichannel corn husker |
| CN104396437A (en) * | 2014-12-09 | 2015-03-11 | 酒泉奥凯种子机械股份有限公司 | Corn husker material deflector device |
-
2008
- 2008-07-21 CN CNU2008201307568U patent/CN201219383Y/en not_active Expired - Lifetime
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102530572A (en) * | 2011-12-31 | 2012-07-04 | 宁波富邦电池有限公司 | Battery dumping tray machine |
| CN104380930A (en) * | 2014-12-09 | 2015-03-04 | 酒泉奥凯种子机械股份有限公司 | Multichannel corn husker |
| CN104396437A (en) * | 2014-12-09 | 2015-03-11 | 酒泉奥凯种子机械股份有限公司 | Corn husker material deflector device |
| CN104380930B (en) * | 2014-12-09 | 2016-09-07 | 酒泉奥凯种子机械股份有限公司 | Multichannel corn peeling device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term |
Granted publication date: 20090415 |
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| CX01 | Expiry of patent term |